However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,由于较少考虑色差信息而使分类识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核筒结构无粘结预应力楼盖工程实例基础上,对侧向约束对预应力楼盖受力性能影响做了初步探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多、高像中,由于较少考虑色差信息而使分类识别到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力工程实例基础上,对侧向约束对预应力力性能的响做了初步的探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多、影像中,由于较少考虑色差信息而使分类识别到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应楼盖工程实例基础上,对侧向约束对预应楼盖能的影响做了初步的探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,由于较少考虑色而使分类识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力楼盖工程实例,对侧向约束对预应力楼盖受力性能的影响做了初步的探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,于较少色差信息而使分识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力楼盖工程实例基础上,对侧向约束对预应力楼盖受力性能影响做了初步探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,由于较少考虑色差信息而使分类识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核筒结构无粘结预应力楼盖工程实例基础上,对侧向约束对预应力楼盖受力性能影响做了初步探。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,由于较色差信息而使分类识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力楼盖工程实例基础上,对束对预应力楼盖受力性能的影响做了初步的探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多光谱、高光谱影像中,由于较少考虑色差信息而使分类识别受到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力楼盖工程实基础上,对侧向约束对预应力楼盖受力性能影响做了探讨。

However,in the processing of multispectral and hyperspectral,the usage of this technology has been restricted because of the unconsidering the chromatic aberration.

但在处理多、高像中,由于较少考虑色差信息而使分类识别到限制。

The finite element method is applied to prestressed slabs, the mechanical characters under the normal using load condition are analysised, with unconsidering the lateral restraints.

本文在结合某框-核心筒结构无粘结预应力工程实例基础上,对侧向约束对预应力力性能的响做了初步的探讨。